Bug-fix

Bug fix

appsFeatures/applications/streaming/appXCStreaming.rst

@@ -31,15 +31,15 @@ Setup
 
 **What do I need before I start?**
 
-The Red Pitaya STEMlab 125-14 X-Channel System consists of multiple STEMlab 125-14 LN devices that are modified for clock and trigger synchronization, and also comes with SATA synchronisation cables and software that supports X-Channel RF signal acquisition and generation.
+The Red Pitaya STEMlab 125-14 X-Channel System consists of multiple Low-Noise STEMlab 125-14 devices that are modified for clock and trigger synchronization, and also comes with SATA synchronisation cables and software that supports X-Channel RF signal acquisition and generation.
 
 .. figure:: img/Master_and_slaves.jpg
     :width: 80%
 
 Notice that the Red Pitaya STEMlab 125-14 X-Channel System includes two types of devices:
 
-    * one STEMlab 125-14 PRIMARY device (standard STEMlab 125-14 device)
-    * one or more STEMlab 125-14 SECONDARY devices denoted by an "S" sticker
+    * one STEMlab 125-14 PRIMARY device (Low-Noise STEMlab 125-14 device)
+    * one or more Low-Noise STEMlab 125-14 SECONDARY devices denoted by an "S" sticker
 
 In order to achieve synchronization, the PRIMARY device provides a clock and trigger over the SATA S1 connector that is then connected to the S2 of the SECONDARY 1 board. SECONDARY1 then passes the clock forward to SECONDARY 2, SECONDARY2 to SECONDARY 3, and so on (SECONDARY N to SECONDARY N+1). This way, we can achieve synchronisation of all boards in the system.
 

developerGuide/hardware/125-14/top.rst

@@ -103,21 +103,9 @@ The ADC clock can be provided by:
     :width:  400px
 
 
-.. _secondary_125_14:
-
-.. *************************************
-.. SECONDARY STEMlab 125-14 modification
-.. *************************************
-
-.. A SECONDARY device is a slightly modified version of STEMlab 125-14.
-.. In order to turn a normal STEMlab 125-14 device into a SECONDARY device, R25 and R26 need to be moved to locations R27 and R28 (see :ref:`the external clock chapter <external_125_14>`).
-.. The :ref:`X-channel <top_125_14_MULTI>` clock is provided through the SATA extension connectors and goes directly into the FPGA.
-
-
-.. note::
-
-    This modification will void the warranty.
+.. warning::
 
+    Any sort of hardware modification not done by the Red Pitaya will void the warranty.
 
 ************
 Certificates

developerGuide/hardware/125-14_MULTI/top.rst

@@ -3,15 +3,13 @@
 STEMlab 125-14 X-Channel System
 ###################################
 
-The X-Channel STEMlab 125-14 system consists of multiple STEMlab 125-14 devices that are modified for clock and trigger synchronization and also comes with SATA synchronisation cables and software that supports multi-channel RF signal acquisition and generation.
+The X-Channel STEMlab 125-14 system consists of multiple Low-Noise STEMlab 125-14 devices that are modified for clock and trigger synchronization and also comes with SATA synchronisation cables and software that supports multi-channel RF signal acquisition and generation.
 
 X-Channel STEMlab 125-14 system consists of:
 
-* one PRIMARY STEMlab 125-14 device, which is a standard STEMlab 125-14 device that provides a main clock and trigger to other SECONDARY STEMlab 125-14 devices.
-* one or multiple SECONDARY STEMlab 125-14 devices, that are modified in a way that they can receive clock and trigger from a PRIMARY device and distribute it to the next SECONDARY device. These are marked with an “S” sticker.
+* one PRIMARY Low-Noise STEMlab 125-14 device, which is a standard Low-Noise STEMlab 125-14 device that provides a main clock and trigger to other SECONDARY Low-Noise STEMlab 125-14 devices.
+* one or multiple SECONDARY Low-Noise STEMlab 125-14 devices, that are modified in a way that they can receive clock and trigger from a PRIMARY device and distribute it to the next SECONDARY device. These are marked with an “S” sticker.
 
-For detailed hardware specifications for STEMlab 125-14 devices used in the STEMlab 125-14 X-Channel System please refer to the :ref:`STEMlab 125-14 standard specs <top_125_14>`.
-
-For turning a normal STEMlab 125-14 into a SECONDARY device please refer to: :ref:`SECONDARY STEMlab 125-14 modification <secondary_125_14>`.
+For detailed hardware specifications for Low-Noise STEMlab 125-14 devices used in the STEMlab 125-14 X-Channel System please refer to the :ref:`STEMlab 125-14 standard specs <top_125_14>`.
 
 For more information about software please refer to: :ref:`X-Channel streaming <mch_streaming_top>`.

developerGuide/software/build/comC.rst

@@ -38,6 +38,11 @@ In order to compile one example just use the source file name without the `.c` e
     cd Examples/C
     make digital_led_blink
 
+.. warning::
+
+    Currently, there are some issues with combining the new ecosystem (GitHub release 2023.1) with non-UNIFIED OS versions. If you are using an OS version that is not UNIFIED OS, please use the 2022.2 relase of the ecosystem.
+
+
 Applications based on the API require a specific FPGA image to be loaded:
 
 

quickStart/SDcard/SDcard.rst

@@ -25,11 +25,20 @@ RedPitaya OS 2.0:
    - STEMlab 125-14
    - STEMlab 125-14-Z7020
    - STEMlab 125-14 4-Input
-   - SDRlab 122-16
+   - SDRlab 122-16 (Currently not supported)
    - SIGNALlab 250-12
 
    Unfify ecosystem now includes master/slave functionality for streaming.
 
+.. warning::
+
+   If you have a very old Red Pitaya (STEMlab 125-14) and the UNIFIED OS does not work for you, please send us the picture of the board (MAC address), so that we can add the address range to the system.
+
+.. warning::
+
+   To run the C applications please use one of the following combinations of OS and ecosystem:
+      - UNIFIED OS and 2023.1 release of the GitHub ecosystem
+      - Any other OS version and the 2022.2 release of the GitHub ecosystem
 
 STEMlab 125-14 & STEMlab 125-10: